Collaborative installation method for large carved stone characters and ceramic brick wall of steel skeleton integrated lifting lug structure

By integrating the steel frame with the cantilever structure, the problems of positional deviation and poor integration in the installation of large stone characters and ceramic brick walls were solved, achieving efficient and stable collaborative installation and improving the safety of building decoration and structure.

CN121781704APending Publication Date: 2026-04-03SCEGC NO 5 CONSTRUCTION ENGINEERING GROUP COMPANYLTD
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Patent Information

Authority / Receiving Office
CN · China
Patent Type
Applications(China)
Current Assignee / Owner
Filing Date
2025-12-25
Publication Date
2026-04-03

AI Technical Summary

Technical Problem

When large stone inscriptions and ceramic brick walls are installed on the exterior of buildings, the lack of coordinated design can easily lead to inaccurate connections between the stone inscriptions and the wall, large positional deviations, poor integration between the support structure and the wall structure, low construction efficiency, and difficulty in guaranteeing quality.

Method used

The steel frame integrated cantilever structure is adopted. Through the precise positioning and welding of the galvanized steel plate frame and the steel plate base, combined with the adhesive fixing of the terracotta bricks and the precise installation of the stone inscriptions, strict testing and calibration are ensured at each step to achieve a stable connection between the stone inscriptions and the terracotta brick wall.

Benefits of technology

It improves the accuracy and stability of the installation of stone inscriptions and ceramic brick walls, reduces potential maintenance risks, increases construction efficiency, and meets the dual needs of building decoration and structural safety.

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Abstract

The invention relates to the technical field of building installation, and provides a large carved stone character and ceramic brick wall collaborative installation method of a steel skeleton integrated lifting lug structure, which comprises the following steps: firstly, preparing a customized galvanized steel sheet skeleton which comprises horizontally and vertically staggered steel plates, large carved stone characters, ceramic bricks, a steel plate base and integrally processed galvanized steel plate stone lifting lugs; the material is strictly detected; cleaning a base layer, and accurately paying off to ensure that the base layer is flat; then a steel plate base and a steel framework are sequentially installed, the perpendicularity and diagonal deviation of the steel framework need to be checked, and anti-corrosion treatment is conducted after welding; earthenware bricks are arranged in advance and installed, and brick joints and height differences are controlled; then stone carved characters are installed in a matched mode, and fixing is conducted after calibration; jointing the wall body, and cleaning excess materials; and finally checking and accepting the quality of each component and implementing finished product protection. Through integrated design and process construction, the installation accuracy and the structural stability are improved, efficiency and appearance are both considered, and the decoration and safety requirements are met.
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